DNA Motoring 2-Ton Low Profile Hydraulic Floor Jack | 5.1–13 in Lift, Blue | TOOLS-00474

Overview

The DNA Motoring 2-Ton Low Profile Hydraulic Floor Jack is built for practical lifts in home garages and professional shops. Its slim silhouette slides beneath many passenger vehicles, letting you position the saddle precisely where you need it. When ready, you can raise the vehicle smoothly to access wheels, brakes, or suspension points without a lot of effort.

Key features at a glance

• 2-ton (4,000 lb) lifting capacity with a lift range of 5.1" to 13"
• Low-profile steel body paired with a large, stable saddle for even load distribution
• Built-in overload protection valve to guard against accidental over-pressurization
• Swivel casters enable quick maneuvering around a busy workspace
• Durable blue finish and engineering-backed reliability from DNA Tools

Real-world use and benefits

Imagine performing a routine tire change on a sedan, inspecting brake components on a coupe, or doing a quick under-car check in a home garage. The jack’s low profile helps it fit under vehicles with limited clearance, while the broad saddle helps distribute weight to reduce slipping as you position the tool. The combination of sturdy steel construction and caster wheels supports steady navigation across a shop floor, making repositioning less strenuous during multi-point lifts.

• After lifting, you gain access to lugs, wheel wells, and suspension components with ease.
• The safety valve adds a layer of protection during lifting operations.

Usage notes and care

This tool is intended for lifting only; it should not be used as a jack stand or to support a vehicle for prolonged periods. Always use appropriate jack stands to support a vehicle once it is raised. For storage and transport, the compact, sturdy frame is designed to be easy to move around a garage or shop.

Why choose DNA TOOLS

DNA Motors designs tools with real-world service in mind. This jack reflects careful attention to stability, strength, and user-friendly operation, backed by testing and validation to meet practical automotive tasks without overpromising results.